Power Reasoning For Success

Grammar is similar between languages. It is because it is describing abstract, set-theoretic like, relationships, associations between classes of words and not only between the words themselves. It is this universality of abstract mapping, set-theoretic like associations, relations between classes of words, that needs to be learned so that these abstract constructs can be "filled" later with concrete words. Grammar uses often exotic names for its concepts e.g. Adjective, Noun, Pronoun, Accusative voice, Antecedent, Adverbial Clause, Apposition, Conjunctive adverb, Gerund, Inflection, Participle, Transitive verb. But, don't be alarmed. Grammar needs this names to describe their abstract set-theoretic relations, associations, relations, mapping.  You are after these abstract relations and not about analyzing why the strange and unfamiliar words are used for the relations components. You can create your own grammar by specifying markers, references and postulate, form their ...

 I collected, from a number of web sites, rules how to use articles in the English language.  This is probably the most complete reference you can found on articles. Here is the link :

  Animals have more than what we call instinct. They are able to initiate original actions, thoughts, they can learn. The only limitation they have are evolutionary brain circuits allowing them only certain class of actions. But, their decision how to combine them is #intelligence .

 From Electrical Engineering to Our Minds - Multidisciplinary Approach to Music

  Why #Darwin may be wrong? Take #software , for instance. Every program, small, large, games, simulations, applications, can be traced to common ancestor in bits, bytes, design patterns, even to themselves, hence, may be looked at as a product of #evolution . But they are designed for particular application. If analyzed they will have a lot of common parts, and one can even conclude that they evolved one from the other. Also, only the "fittest" software program "survives" as the best fit for the application it was designed for. Just a thought.

What's your favorite sport? If you could now the absolute and total truth to one question, what question would you ask? What made you smile today? What makes you smile when you get up in the morning? What would you change in society? What’s your strangest or any hidden talent? What you like the dreams can predict what will happen? What's your story? Which conference would you organize and whom you invite? Where did you grow up? What was the hardest thing you have ever done that required all your intelligence or physical strength and endurance? If you could do anything illegal without getting in trouble, what would it be? Do you prefer to stay in or go out? What absolutely excites you right now? What are you the most passionate about? What was the highlight of your day (week)? What is one of your most defining moments in life? What’s your favorite food? What would you say who understands you the best? Who understands your passion, aspirations the best? 

Vibrating piston and induced oscillation of elastic air. Air is elastic as you can verify with a simple experiment - block the hose of the bike tire pump and push the handle. You will notice that the compressed air behaves like spring (Beranek, Acoustics). Changing pressure in the air is investigated and analyzed within acoustics engineering. However, there is n no engineering link between engineering loudspeaker or vibrating piston and the mind's interpretation of the sound as music. Unless you consider Implicative Truth Synthesis direction of thinking. Pressure analysis in the air stays within the realm of engineering. For instance, in acoustics engineering or loudspeaker design, the principal concept is pressure. Invention concept is linked to the diaphragm of the loudspeaker moving back and forth thus producing variation in air pressure in front of it, and since air is elastic medium, the wave motion is transferred at the distance, to the ears of listeners where it activates a...

 If you use any Color Picker to analyse a painting, you will notice how much color is present even in one square centimeter. This is dictated by brush stroke where the colors are mixed before stroke. I will try to run an RGB ANALYSIS of a painting, pixel by pixel, and do frequency count how much points of each color are present, without repetition.

My conclusion is that the same mind faculty that creates our imagination, our imaginative world and anything that is imagination, creates dreams. But, dreams are disconnected from our reality check faculty, or rather they trick it, the dreams present themselves as reality. So, we have several questions for our inquiry. First can be why do we have dreams or, in other words, why our mind bothers at all to create dreams for us. Also, why mind use this particular method, utilizing our imagination, presents it as reality to our consciousness, and run it like a movie we are in. Second question could be what entity disconnects dreams from our reality checker, and how it presents imagination images as reality, what is the mechanism. Third question could be how the topics of dreams are chosen.  The main goal of scientific research of dreams is, therefore, to find the mind faculty that disconnects reality checker, activates imagination generation, choses the topic, and presents it as reality...

Daniel Selman's book, "Java3D Programming" is probably the best book on this topic. It has brilliant introduction, no-nonsense explanations. You can learn from every single page of the book.  I present here the source code files for the Chapter 11, "Behaviors - Navigation, Alignment, and LOD". I could not find all original GIF images, so I created and tested my own. Here are the files for the project KeyNavigateTest: KeyNavigateTest.java bookcase.gif ceiling.gif floor.gif light.gif small_map.gif wall.gif water.gif Complete NetBeans project with all files ready to compile and run are here: KeyNavigateTest.zip You can get Daniel Selman's book from Amazon and Manning Publications. Free references: Sun Microsystems - Getting Started with the Java 3D™ API.djvu Sun Microsystems - Getting Started with the Java 3D™ API.pdf Source code for Sun Microsystems - Getting Started with Java 3D API. Keywords: Java, Java 3D, Java3D, Daniel Selman, Java3D Programming, Java ani...

 Now, you will know! See this illustrations. Taken from one book about Java 3D programming. This illustration shows relationships between coding and a diagram. You should also consider STACK manipulation approach too, because it boils down to stack push, pop, operation, operand, memory.

 You have, at your disposal, three mind faculties: - Thought Initiator© - for thought inception and creation - Thought Pusher© , or Referencer© - for manipulating thoughts - Thought Visitor© - to visit established thoughts With these faculties you manipulate thoughts in accordance to your wishes and motivations. Motivation is a mind state. Emotion is an idea. In order to effectively use these three faculties you consider everything as an idea or representations in brain, or mind. This includes complex structures like emotions, other ideas, objects, sensory inputs. Each of these have their representation in brain, mind and can be used to control them in order to take some actions or come up with new ideas.  Many talk about awareness. This is often understood as some kind of meditation state. But there is more to it. In order to take full advantage of 'meditation' the awareness needs to be connected with these three faculties. With Thought Visitor© you visit various thoughts and...

A reference to a new concept, in a certain knowledge domain, whose meaning we want to learn, has inherent danger. The reference can be, and usually is, quite arbitrary, and at the same time cross-reference the concept whose meaning we are familiar with. Note that a reference to a particular concept can be any word - we do not have to chose a word that initially refers to some more familiar concept. The danger is in the expectations that, somehow, the name of the concept will explain to us concept itself and its inner workings. To overcome this reference drawback observe that what is referenced matters way more than the word we are using as a reference. And the referenced concept has to be understood primarily in the way it is defined - in terms of its defining postulates, its axiomatic boundaries, and possibly its connection via Implicative Truth Synthesis with other concepts and systems. To learn more about the ways we understand, axiomatic boundaries , and Implicative Truth Synthesis...

It is often not enough to try again and again. The attempts somehow have to differ from each other in order to get different (improved) results. But exactly how do we form new strategy? What are the ingredients of these new, different approaches? Any improved approach should have the following steps: - identify the system of interest that contributes to your goals - identify and determine its axiomatic boundaries - identify the system's starting points. These can be axioms or important initial states defining postulates - identify who generates the postulates of the system of interest - is there an exetrnal system(s) doing that? I called it   the system with postulative power. - look for your system response to the inputs - look for any other system your system interacts or it is influenced by - determine how others will react to your actions - how can you motivate them to act in your favour - what is the social impact of the actions based on this new strategy and wil...

Derivation of the wave equation links: 1. The Feynman Lectures on Physics - Wave Equation. 2.  Deriving the Acoustic Wave Equation - JSouthAudio. 3. Chapter 5 – The Acoustic Wave Equation and Simple Solutions . 4. Appendix C – Wave Equation Derivation - TUDelft OpenCourseWare. 5.  1D - Wave Equation Derivation - University of Memphis (Civil Engineering). 6. 1D - Wave Equation Derivation - BYJU'S. 7. 1D - Wave Equation Derivation - Mathematics Department, The University of British Columbia. 8.  1D - Wave Equation Derivation - notes (looking for the author). 9. Wave Equation Derivation - UNSW, School of Physics, Sydney, Australia. 10.  Partial Differential Equations with Applications to Wave Theory - Bengt O. Enáo, Lars H. Soderholm. 11.  Wave Equation from Computational Ocean Acoustics By Finn B. Jensen, William A. Kuperman, Michael B. Porter, Henrik Schmidt. 12.  Wave Equation Derivation - E. L. F. Software. 13.  Some notes on acou...

3.1 Applied mathematics Mathematics introduces the number a-priori, without any proof – within mathematics the number simply exists, it is given. The central property of applied mathematics is the nature of specification of that initial number entering the computation. It’s up to you in many cases what that starting number will be. Different professions or industry disciplines give name to the applied mathematics field. More preciously, the professionals who pick the initial numbers, as inputs to mathematics, define the field of applied mathematics. Sometimes processes within an academic or industry field generate the starting numbers for mathematical analysis.     For example, for mathematics application in physics, the initial number generating process is the measurement and the discovery of quantitative relationships in nature; in finance, bankers choose an interest rate or a trader specifies the stock price; in economics, economists define initial nu...